Treatment table



I. V. McMANlS. TREATMENT TABLE. APPLICATION FILED MAY I2. 1 91?.

Patented Aug. 22, 1922.

3 SHEETS-SHEET I.

J. V. MCMANI S. TREATMENT TABLE.

APPLICATION FILED MAY 12. 1917.

Patented Aug. 22, 19522.;

3 SHEETS-SHEET 2.

M 4 SVLUMOZ W arm,

J. V. MCMANIS.

TREATMENT TABLE.

APPLICATION FILED MAY 12. I917.

Jun n m I l m w W wi bwwo gym I ment.

port the chest portion of a patient mainingz section having n one as! g. s; w

TREATMENT TABLE.

specification of Letters .Patent. Pgygg t' d A g 22 1922 Application filed May 12;

ToaZZ whom it may concern: 7

Be it known that l, Jenn i lvlol /lANis, a citizen of the United tes, residing at Kirlrsville, in the county of Adair and State of Missouri have invented certain new and useful Improvements in Treatment Tables, of which the following is a specification.

My invention relates to improvements in treatment t-ables. One of it's-objects is to provide an improved table having a series of differently adjustable table top sections adapted for use in Chiropractic and other similar treatments. Another object. is to provide table in which the several top sections are supported upon a. substantially horizontal frame which is in turn vertically adjustable relative to its supporting base. Another object is to provide for a variable or adjustable gap opposite the abdominal portion of a patient positioned thereon, and for the angular adjustment and resilient support of the section next to such gap. Another object is to provide a resiliently supported vertically movable section to sklp other object is to provide two s .ira v angularly and vertically ad 'ustalole sections adjacent to each other in position to support the lower extremities of a patient, Another object is to provide a group of three top sections in position to support the bean and chest portions of a patient one. of said sec" tions being angularly adj ustablc the middle section vertically adjustable. and. the rea pivotal connection, a resilient, and yielding vertical adjust- .rinother object is to provide improi ed means to ap Jly' tension to the spinal column of a patient resting on the table. My invention also comprises means to conveniently adjust and lock the respective top sections to their adjusted positions and also certain details of form combination and arrangement, all of WlllClr will be fully set forth in the description of the accompanying drawings in which- Fig. l is a side elevation of a treatment table embodying my invention.

Fig. 2 is a top plan view of the same.

Fig. 3 is a detail 01 the supportingand adjusting means on which the first or head supporting top sections are mounted.

Fig. -'flis a detail of the supporting and adjusting means for the second top section.

Fig. 5 is a letail of the supporting and 1917. Serial No. 168,221.

adjusting means for the third or resiliently supported top section.

I t 1,15. 6 is a detailof the supporting. and

adjusting means-for the fourth and fifth top sections. illustrating a modification of the p SQCtlOILSLIPPOltlIlg mechanism;

Fig. 7 illustrates modification of Fig. 1 in which the m in frame is: adjustably sup ported upon separate bases and angularly adjustable to receive and release the patient.

Fig. 8 is a similar view showing another position of adjustment.

Fig; 9 is a detail showing one of theli'fts and the pivotal attachment of the main frame thereto.

Fig. 10 is a detail 01 the preferred form of: adjusting mechanism for the fourth top section.

Fig. 11 is a detail of a modificationillustrating resilient adjustingand supporting mechanism for the fifth top section. i

The accompanying drawings illustrate the EJLQ'fGlTGCl embodiments of my invention, in-

l to 6 of which 2:. represents the sup- 1 porting base, in which is formed the cylindei: oil hydraulic lifting mechanism; B reg t;resents standard or plunger seated in d cylinder and vertically adjustable relative thereto by means of a hydraulic pump located in the standard B and actuated by the pump handle 2 to pump a fluid from a chamber in the standard 13 into the space beneath the standard B in the cylinder. of the base, or at another position of the handle 2 to release thefl'uid from the cylinder and allow. it to How back to the chamber in' the: standard thereby enabling the standard B to be elevatedor lowered without noise or vii/ration objectionable to the patient.

Mounted upon and firmly secured to the; standard B in a substantially horizontal position and parallel to each other are tworods or supports l) upon and relative to which the several tabletop sections E, F, :l'. H and l are mounted, preferably in theitollowing manner. i

The section E for a majority of treat ments is designed for the head ofthe patient to rest upon. and is preferably divid'edcentrally and longitudinally into two sections 4, and 5 which are adjusta-lfiily mounted upon a frame 6 so as to be adjustable thereon to and from each other to openand close a central longitudinal gap between sections. 4: and 53. Whenthe 1 patient lies face downward" the gap is preferably open so that face of the patient is in the gap between the sections 4 and 5 and the weight of the head resting upon the edges of the sections, thus maintaining the spinal column in its normal posit-ion free from strain due to turning the face to one side, and the patient can conveniently breathe through the gap.

The sections 4 and 5 have rods 7 attached thereto by brackets 8, and said rods slide endwise in perforations in the frame 6 and also in brackets 9 attached to the sections 4 and 5. Acrank shaft 10journaled to frame 6 has two links 70, Z attached to crank pins thereon, and said links at their opposite ends are connected to brackets 11 on the sections 4 and 5 so that a half revolution of the shaft 10 in one direction or the other by its operating lever 12 will force the sections 1 and 5 together or apart. The brackets 8 serve as stops in one direction and stop members 14 attached to the sections 1 and 5 serve as stops in the-opposite direction to engage the frame 6- and. limit the movement of sections 4 and 5 and to lock them at each extremity of their movement, due partly to the crank shaft 10 reaching a position on dead center at each' extremity of said movement.

The frame 6 is pivotally attached at 15 to 1 ears projecting up from a standard 16 mounted upon the horizontal rods 1). The standard 16 is preferably slidably adjustable along the rods D and locked to any desired position by means of locking levers 17'. In order to adjust the top section E and frame. 6 to any desired position of angularity turning on axle. 15, I provide a cross bar 18 carried by and adjustable on the rods which cross bar has a gravity latch member 21 pivoted thereto and provided with a vertical rectangularrecess to receive a rectan-- 'ular bar 19 which ispivoted at 20 to the ram e 6. The gravity latch 21. serves to antomatically grip the bar 19 to prevent it moving downwardly while leaving it free to be drawn upwardly through the recesses in the latchmember 21. To lower the bar 19 through said recess the hand lever 22 is depressed to lift and release the latch member 21. The frame 6 carries a bracket E24 havinga rectangular horizontal recess and a hand wheel to detachably connect a spine stretching attachmentto the frame 6. I The spine stretching attachment comprises'a shank :25 to enter and be locked in the recess of bracket 24, a vertically adjustable shank 26, a threaled sleeve, a screw rod 27 having a hand actuating lever 28, and a cross bar 29 carried rotatably by the screw rod to be hooked into a flexible: harness'attached about the throat of a patient, thereby enabling a strainto be applied to the spinal column tending to separate the sections thereof;

The standard 16 is also provided with a loop shaped bracket 30 which serves as a support for the top section F which ifdesired may be of somewhat less width than the other sections. An axle 31 is carried by the bracket 30, and an axle 32 is carried by ears'attached to the top section F. The axles 31 and 32 are passed through perforations at opposite ends of links 33 to connect said axles together and hold them in parallel alignment. Alpair of cams 34 and an operating lever 35 are rigidly mounted on the axle 31 and said cams engage shoes on the under face of one end of section F toraise and lower that end of section F by partially rotating the axle 31. A pair of cams 36 and an operating lever" 37 are rigidly mounted on the axle 32 and said cams engage shoes on the bracket 30 to raise or lower the opposite end of section F, thereby providing four positions for section F; anrelevated and low position, and two positions inclined in oppo' site directions.

The top section G is supported upon an arm 38 to which it is secured by bolts or screws. The arm 88 in turn is forked and pivotally supported upon an axle 39 carried by the standard 16. In order to yieldingly and resiliently support the section G, a coiled spring lO is attached at one end to the bracket 30 or looped over the center of axle 31 carried by bracket 30. At the opposite end spring 40 is attached to a sliding car riage 41 which is guided between two arms 42 along which it is moved by means of a of member 1-7 rests upon the end of member 4:6 and provides for" adjusting the top section to different positions vertically. The spring 40 tends to lift the arms 1-2 with greater or less force depending upon the position of the carriage 41, and this lifting force is transmitted through the members 46 and 4:7 to the arm 88 and section G. Where it is desired to lock the section G rig- 1 idly to any position a locking bar 19 pivotally attached at one end to arm 38 is clamped rigidly at its opposite end to one of the bars 12, by means of a cross bar and locking lever 50. i

The top section H is designed to be adj ustably supported relative to the rods D at any desired position intermediate of the top sec tion G and I, but usually relatively closer to the section I, and is adjustable jointly with said respective sections into several different operative relations.

eashes In Figs. 1 and 10 I have illustrated one form of section H, which I considerthe pre ferred form, and in which the top may be supported in substantially rigid positions, and also resiliently supported as desired, while in Fi s. 6, 7 and 8 I have illustrated a modified form of section H having substantially the same top adjustments, except the resilient supporting feature. For most purposes the top sections H and H are adapted to be used interchangeably one for the other, on the same table, although'the section H having the resilient supporting feature is preferable where only one type is to be employed.

The top section H as illustrated in Figs. 1 and 10 is pivotally attached by a hinge member 108 to one end of the links 109, which are employed in pairs, and also to one end of the links 110 also employed in pairs. At the opposite ends links 109 are pivotally connected to ears 112 projecting from a cross-bar 11d slidably mounted upon the frame members D. The cross-bar 114 is preferably provided with recesses through which the members D slide to adjust the cross-bar 114 to any desired position and afterwards locked to members D by locking levers 115.

A crank shaft 116 is jonrnaled transversely to members D in hearings in crossbar 11%, and the opposite ends of links 110 are pivotally connected to the crank arms 117 carried at opposite ends of shaft 116. An index and locking plate .118 having a series of perforations to receive a sprin locking pin 119 carried by an extension or one of the crank arms 117 provides for rotating the shaft 116 to raise or lower the top H at the right hand end, and to lock the shaft 116 to any desired position of ad justment. A slotted arm 120 is pivoted at one end to the links 110 and near its opposite end is connected to the top H to support the left'hand end thereof by means of a tubular section 121pivoted to the arm 120, and a threaded section 122 pivoted to the top H and telescoping into the section 121. A nut 123 threaded on section 122 rests against the end of section 121 to adjust the left hand end of the top relative to the arm 120. A spring 124 is attached at one end. to the hinge 109 and at its opposite end to a block 125 adjustable endwise relative to the arm 120 by means of a screw rod having a knurled head 128. The spring 12d tends to lift the arm 120 with greater or less force depending upon the position of the block 125, and the sections 121 and 122 transmit this resilient thrust to yieldingly support the left hand end of the topH. A locking bar 126 pivotally connected to the top H and adapted to be locked by lever 127 to arm .125) serves to hold the top H in any desired. position, but with a retained caposite ends pacity to yield downwardly to an excess of pressure from above, due to the elasticity of spring 12 1 and a downward movement of arm 120, and section 121, which causes the nut 123 to lift from the end of section 121.

When the locking bar 126 is released from arm 120, the left hand end of top H is entirely supported by the resilient action of the spring 124-, and when the bar 126 is locked to arm 120, the left hand end of top H is prevented from rising above a certain limit, but is enabled below that point to yield more or less readily depending upon the position of the block 125. The foregoing is true also as to the top section G. The top section H is thus vertically adjustable through the vertical thrust of the links 110, and also resiliently supported relative to any of its vertical. positions of adjustment.

The top section l-l illustrated in Figs. 6, 7 and 8 has four ears on its under face to which four crossed supporting links 52 are pivotally connected one end. At the opposite end links 52 are pivotally connected to four ears projecting from a cross bar '54 slidably mounted upon the frame members D. The cross bar. 54: is preferably provided with recesses through which the members I) slide to adjust the cross barthe resilient adjustment of.

54 to any desired position thereon aft-er which the cross bar is locked to members D by locking levers 55. T ransversely to members D are crank shafts 56 and 56 journaled near their opposite ends in bearings at op- Y of cross bar 5%. at opposite ends of the respective shafts 56 are connected by links 58 and 58 in pairs to the cars 51 of section H. The cross bar 5 1 is provided with index and locking plates 59, each having a series of perforations to receive a spring locking pin 60 carried by an extension of its co-acting crank arm 57. to enable the crank arm to be locked to any desired angle of adjustment. By adjusting angularly the respective crank arms 57 and the shafts'on which they are mounted the links 58 serve to raiseor lower the top sec,- tion H at either or both ends and thus to secure a variety of positions of adjustment for the top section H relative to the frame D on which it. is mounted, as indicated in full and dotted lines. The locking pins serve to retain the top section Hin its adjusted position, and rross braces not shown connecting the respective pairs of links 52 enable the top section H" to resist strain or thrusts laterally.

The top section 1, Figs. 1, 6, 7, and 8, is supported upon and above a cross bar 61 similar to cross bar 54, which is adjustable longitudinally upon the members D and locked thereto by a locking member 62. A rectangular frame formed of cross-rods 63 and 6 1 and longitudinal rods 65, is connected Crank arms, 57

to the cross bar 61 by means of crossed links 66 and. 67 in pairs. The links 66 at one end are pivotally connected to the cross-rod 70 and 71 rigidly secured thereto, and said cross-bars 70 and 71' are perforated to receive the rods 65 upon which they are slidably ad ustable. A. screw rod 72 having a hand crank 73, is journaled 1n the cross rod 64: and threaded to the cross bar 71 to pro- -v1de for positively ad usting the top section I along the rods 65. Members 74!; detachably seated in sockets attached to the under side of section I and provide for attaching the ankles of a patient by anklecufl's to the members 74.- when required, as for instance to stretch the spine, which may be effected by attaching the patient near opposite ends to members 29 and 7 1, whereupon the stretching may be effected by screw 27 or by screw rod 72.. but is preferably effected by partial use of each, whereby the weight of the patient has less inl'luence'iupon the stretching operation, and results ina more even and uniform-resultthan where the force is all applied at one end.

Crank shafts 76 and 77 journaled at opposite ends tocross bar 61 are provided with cranks'78 connected by means of links 79 and 80. in pairs respectively to the cross rods v63 and-6 1 to provide for adjusting the top section I to various positions, where locking pins 81 engaging inde::: plates 82 serve to lock the top'section to its iuiljlisted position as heretofore described for see tion H; I

As illustrated in Figfll' the top section I is resiliently supported substantially as heretofore described for top section H, but

With the resiliently supported portion of the top section at the right instead of at the left hand.- The links 66 and 79-correspond to links 109 and 110 of Fig. 10 andthe bar 120, spring 12 1 and members 121. 1.22 123, and 126 correspond to parts 121,122, 123, and 126 of 10, being operated substantially as described for Fig. 10. The two sections H or H and "I or I are thus enabled to be relatively adjusted and jointly employed for a variety oi. treatments both with and independently of the other top sections, particularly with reference in its lower position, is clamped to plunger 96. Then the pump lever 98 is employed ed to an inclinedor nearly vertical posi-' tion to facilitate receiv ng" and discharging The eeroa adjustments are substantially the same as heretofore described. i

As illustrated the mainframe D is pivotally supported. upon an axle or shaft '35 which rigidly attached to two coupling members 86 and 87 through recesses in which the frame members D are adjustable endwise and locked by hand wheels 88. The coupling members 86 have grooved concentric pulley segments 89 to which chains or cables 90 areattached at.

one end. The shaft85. is journaled in a b aring 111 the upper end of the hydraulic plunger 91 which is seated in the hydraulic cylinder 92 of the base A. An annular locking member93 seats with flange over the upper end of the cylinder 92 a set screw 93"}threa'dedto the member 93 bears against a shoe 9 1 to force the shoe against the plunger, which looks the plunger and at the same time the flange of member 93 grips-the cylinder and locks. member 93 cylinder 92 and plunger 91 agalnst move went I in any direction. The pump lever enables the plunger 91 when released to be adjusted, as to heightby pumping a.

liquid from the plunger into the cylinder,

or releasing and allowing it to flow back.

into ti A in acylinder 97 on the base A and has a pump lever 98 to actuate a pump to adjust the plunger up. and down. At the upper end plunger 96 has jaw 99 and set screws 100. to receive and grip the members D. .fesplit ring 1025011 the plunger 96 may be clamped thereto by l'iand lever 103, or released and allowed to rest on the upper edges of cylinder 97. The oppositeends ofchains 90 are attached at opposite sides of plunger 96 to the ring 102 and are guided over the idler pulleys and 106. In order (to bring the frame D from a' horizontal to a nearly vertical. positionto re-. ceive a patient, the set screws 100 are released, and. the ring 102 with the chains 90 in taut position, and plunger 96 olun 'er cavit to elevate plunger 96 whichpulls on the chains 90 and swings the frame D through the arc of a circle on. the shaft 85 as a center. After the patient is'in position on the nearly vertical table, plunger 96 is lowered allowing the frame D to resume a .cond hydraulic plunger 96 seated v substantially horizontal position with the frame D rising in the jaws 99 where it is secured and the ring 102 "released from plunger 96. The respective plungers 91 and 96 may now be independently or jointly adjusted to secure any desired elevation or inclination oi? the frame D.

The mechanism herein illustrated and described is capable of considerable mod'r fioation without departing from the princi ale of my invention.

Having described my claim. is:

1. A treatment table comprising a base,- a main frame supported upon and vertically adjustablerelative to the base, a centrally located resiliently supported top section mounted upon said main frame, a pair of independently adjustable top sections in line with and at one side of said resiliently supported top section, and a pair of independently adjustable'top sections in line with and at the opposite side oil said resiliently supported top section.

2. A'treatment table comprising a base, a plurality of top sections arranged in series, a support common to all of said top sections which is as a whole vertically adjustable relative to said base, one of the centrally located top sections being resiliently supported upon said common supporting member.

A treatment table comprising a base, a plurality of top sections arranged in series, a support common to all of said top sections which is as a whole vertically adjustable relativeto said base, one of the centrally located top sections being resiliently supported relative tosaid common supporting member, and means to rigidly lock s aid resiliently supported top section in rigid relation to its supporting member.

4. A treatment table comprising a base, a series of top sections, a support common to all of said top sections, a standard. vertically adjustable relative to said base on which said support is mounted, and means to adjust said support relative to the base to various positionsot angularity in a vertical plane.

5. A treatment table comprising'a base, a plurality of top sections arranged in series, a standard vertically adjustable relative to said base, a support common to all of said top sections carried by said standard, one of the centrally located top sections being resiliently supported relative to said standard, and means to adjustsaid support relative to the base to various positions of angularity in a vertical plane.

6. A. treatment table comprising a centrallylocated resiliently supported top section,a plurality of top sections in line with and at one'side of said resiliently supported invention, what 1 top section, one of which is centrally divided into two segments, and a plurality of top sections in line with and at the opposite side of said resilientlysupported top section.

7. A treatment table comprising a base, a standard vertically adjustable relative to said base, a support carried by said standard, a plurality of top sections arranged in series upon and relative to said support, and means at opposite ends of said series of top sections to engage a patient to apply tension to the spinal column.

8. A, treatment table comprising a base, a standard vertically adjustable as a whole relative to said base, a plurality of top sections adjustably supported in series upon said standard, one of the centrally located top sections being resiliently supported. with reference to said standard, and one of the end top sections being centrally divided lon gitudinally of the table into two segments.

9. A treatment table comprising a base, a standard vertically adjustable as a whole relative to said. base, a plurality of top sections adjustably supported in series upon said standard, one of the centrally located top sections being resiliently supported with reference to said standard, and one of the end top sections being centrally divided longitudinallyo't the table into two segments, and means to adjust said segments to and from each other.

10. A treatment table comprising a base,

a standard vertically adjustable as a whole relative to said base, a plurality of top sec' tions supported in series upon said standard and comprising a top section to support the head of a patient, a resiliently mounted chest supporting section, a section adjustable to different heights and positions 01.

inclination to support the pelvic portions of a patient, and a section to support the lower extremities of a patient.

11. A treatment table comprising a base, a standard vertically adjustable as a whole relative to said base, a top section to support the head of a patient a resiliently mounted chest supporting section, a section adjustable to and from said resiliently supported section and adjustable to different heights relative to said standard to support the pelvic portions of a patient, and a section to support the lower extremities of a patient. 12. A treatment table comprising a base,

' a standard vertically adjustable relative to "a standard vertically adjustable relative to said base, a top section to support the head of a patient, a resiliently mounted chest supportingsection, a section adjacent to said resiliently mounted section to support the pelvic portions of a patient, and a top secof a patient, a resiliently mounted section in position to support the chest of a patient, a section ad aoent to said resiliently mounted section to support the pelvic portions of a patient, and a top section adjustable to different positions of inclination relative to said standard to support the lower extremities of a patient.

15. In a treatment table in combination with a top section to support the head of a patient, and a resiliently mounted intermediate'top section to support the chest of a patient, a pair of top sections to support the pelvic portions and lower extremities of a patient, said sections being respectively adjustable to and from said ed section, and respectively adjustable to positions of inclination relative to said resiliently supported section.

16. In a treatment table in combination with atop section to support the head of a patient and a resiliently mounted intermediate section, a pair of top sections to support the pelvic portions and lower extremities of a patient, said sections being respectively adjustable to positions of inclination toward and from said resiliently supported section.

17. In a treatment table in combination. with a top section to support the head of a .pat1ent,an intermediate top section in position to support the chest of vjustable vertically to means to lock said chest a patient, a l. different heights, supporting section to its adjusted position, and a pair of top sections independently adjustable to and from said chest supporting top section, and respectively ad ustable to positions of inclin ation to and from said. chest supporting section to support the pelvic and lower extremvities of a patient."

, .tive to the section. Y

18. In a treatment table in combination with a top'section to support the hen d of a patient, an intermediate pivotally mounted and vertically adjustable top section in posi-' tion to support the chest of a patient, and a painof top sections to support the pelvic portions and lower,

and independently ad ustable 'to positions of inclination relaplane of said chest supporting;

19. .A. treatment table comprising a base,

resiliently mount extremities of a patient, ad ustable independently to and "from said chest supporting section a standard vertically adjustable relative to said base, a centrally located top section in position to support the chest of a patient, a

top section at one side o't'said chest supporting section in position to support one extremity of a patient, a pair of top sections at the other side of said chest supporting section to support the opposite extremity of a patient,'and means to adj-ustably and resiliently support said. centrally located top section relative to said standard.

20. A treatment table comprising a base, a support adj ustably and pivotally mounted relative to said base at one point, and adber supported relative to said base at twopoints by said standards and independently vertically adjustable at said points of sup port relative to said base, and a plurality of top sect-ions supported upon and movable with said base.

22; A treatment table, comprising a supporting standard, a plurality of top sections mounted thereon in position'to support the chest and upper extremity of a patient, a top section adjustable upon said standard to a position to supportthe pelvic/portions of a patient, and a top section in position to support the lower extremities of a patient, said last named section having two independent means of adjustment to adjust it to and from the next adjacent topsection.

23. A treatment table comprising a supporting standard, a centrally located, resiliently mounted top section, a top section adjacent thereto at one side in position to support one extremity of a patient, said top section being divided longitudinally of the table into two segments adjustable to and from each other, and adjustable relative to said standard to different positions of angu-. larity, and a pair of top 'SGOtlOHS ad acent to with an intermediate resiliently supported depressible table top section, a table top section to support the head of a patient, a

table top section to support the chest of a patient, a member adjustable to different positions of inclination and serving as an adjusting support common to said head and said chestsupporting top sections to adjust them jointly to'ditlerent positions of inclination and. means to adjust said chest supporting top section upon said adjusting support to different positions of inclination reiative to said head supporting top section.

25. A treatment table comprising a supporting standard, a pair of top sections arranged upon said standard, each of said top sections being pivotally and resiliently supported relative to said standard and arranged to jointly form a resilient support for the body of a patient.

26. In a treatment table pair of independently pivotally and resiliently supported top sect-ions located in opposed re lation adja ent to each other and arranged to jointly "form a resilient support for the body of a patient.

27. In a treatment table a pair of pivotally and resiliently supported top sections located in opposed relation adjacent to each other and arranged to jointly form a downardly yielding support for the body of a patient.

28. In a treatment table a plurality of top sections arranged to jointly support the body of a patient, one of the intermediates of said top sections being adjust-able vertically independently of the other top sections and pivotally and resiliently supported in its difi erent positions of vertical adjustment.

29. In a treatment table a pair of top sections resiliently supported at their adjacent ends and pivotally supported at their opposite ends and arranged to jointl form a downwardly yielding support for the body of a patient, intermediate oi said pivotal supports.

30. In a treatment table a pair of top sections pivotally supported at their adjacent ends and resiliently supported. at their opposite ends and arranged to jointly :torm downwardly yielding supports for the body of a patient at opposite sides of: said pivotal supports.

31. l n a treatment table a pair of top sections adjustable to and from each other, said top sections being resiliently supported at their adjacent ends and pivotally supported at their opposite'ends and arranged to jointly form a downwardly yielding support for the body of a patient.

32. In a treatment table a pair of top sections adjustable to and from each other, said top sections being pivotally supported at their adjacent ends and resiliently supported at their opposite ends and arranged to jointly form a downwardly yielding sup port for the body of a patient.

In a treatment table a pair of top sections adjustable to and from each other, said top sections being each resiliently suptient, said head and ported at one end and pivotally supported at the opposite end and arranged to jointly form a downwardly yielding support for the body of a patient.

34. In a treatment table in combination with a base, an intermediate resiliently supported depressible table top section to supportthe abdominal portion of a patient, and a table top section to support the lower extremities of a patient, a table top section to support the head of a patient and a table top section to support the chest of a pachest supporting top sections being adjustable jointly to difierent positions of inclination relative to said base, and said chest supporting top section being also adjustable to different positions ozt' inclination relative to said head supporting top section.

35. In a treatment table in combination with a base, an intermediate resiliently supported depressible table top section to sup port the abdominal portion of a patient, and a table top section to support the lower extremities of a patient, a table top section to support the head of a patient and a table top section to support the chest of a patient, said head and chest supporting top sections being adjustable jointly to difierent positions oi? inclination relative to said base, and chest supporting top section being pivotally supported near its edge adjacent to said depressible top section and adjustable vertically near its edge adjacent to said head supporting top section to adjust said chest supporting top section into a plane parallel with said head supporting top sec tion, and to adjust said chest supporting top section into a position of angularity inclined from said head supporting top section toward said depressible top section.

36. In a treatment table in combination with a base, a table top section to support the upper extremities of a patient, and a table top section to support the lower extremities of a patient, an intermediate depressible table top section and a spring attached at one end to said base and at the opposite end to said depressible top section, to resiliently support said depressible table top section, said spring being slidably connected at one end to adjustably-vary the amount of resilient support afi'orded to said depressible top section.

in testimony whereof, I have afiixed my signature in the presence of two witnesses.

JOHN V. McMANIS.

Witnesses ETHEL CONNER, L. N. LINK. 

